Edward E. Whitacre Jr. College of Engineering

Welcome to the Whitacre College of Engineering

The Edward E. Whitacre, Jr. College of Engineering is a globally elite college of
engineering composed of a community of scholars; faculty, students and staff all working
together to educate the best engineering talent in the world. All our graduates are
internationally aware, have solid engineering fundamentals, an understanding of how
their profession effects human society and are prepared to be technological leaders,
regionally, nationally and internationally. Red Raider Engineers are simply the best
of the best.

The college is an internationally recognized research institution ranked among the
best in the country. Here, award-winning faculty, intimate classes, the International
Experience Initiative, and hands-on internships combine with a true community of scholars
to empower students with the knowledge and experience needed to hit the ground running.

Engineering the Future

Blending math, science, critical and creative thinking, our students and alumni are
designing innovative solutions that are transforming the world. From self-repairing
transportation infrastructure, smart cities, alliterative energy methods, improving
unconventional oil and gas recovery, the use and recovery of clean water and its distribution,
engineering bio inspired processes, materials and structures, and developing medical
solutions; Red Raiders are at the forefront of regional, national and global solutions.
Consistent with our belief "from here, it's possible," Red Raiders are leaving their
mark on the world.

International Experience

As a student, you have a once-in-a-lifetime chance to study abroad and experience
the thrill of exploring another country and culture. As a future engineer, you will
be part of an ever-increasing international profession. Learn more.

Mechanical Engineering Professor Earns CAREER Award from National Science Foundation

Golden Kumar is dedicated to the study of metallic glasses and how to eliminate issues
to make them a commercially viable material. Learn More